In partnership with Audi of America, the SEMA Garage will be hosting a measuring session for the all-new 2017 Audi A4 Allroad Quattro in Diamond Bar, CA on September 20-21, 2016. Don’t miss this opportunity to get hands on with this exciting new addition to the Audi lineup. Reserve your space now.

Combining functional practicality with premium offroad design, the all-new 2017 A4 allroad is the perfect companion in any driving situation. With standard quattro all-wheel drive, adaptive dampers and increased ground clearance compared to the sedan, the A4 allroad offers the versatility of a wagon with an Audi level of luxury and refinement.

2017 A4 allroad highlights:

• New standard quattro all-wheel drive with ultra technology
  
• New standard adaptive dampers with a redesigned five-link suspension
  
• Five drive-select modes; comfort, auto, dynamic, individual, and offroad
  
• Increased ground clearance of 34 mm (compared to the sedan)
  
• Offroad characteristics including enhanced underbody protection, powerful wheel arches with cladding, raised aluminum roof rails, side sills with matte silver inserts, and hill descent control
  
• Standard panoramic sunroof, leather seating surfaces, and three-zone automatic climate control

Powertrain and Performance
The A4 allroad comes equipped with a redesigned 2.0-liter TFSI engine with 252 hp and 273 lb-ft of torque reaches 60 mph in 5.9 seconds. Also new, for the first time, A4 allroad drivers can enjoy the benefits of a seven-speed S tronic® dual-clutch automatic transmission,with quick gear shifts and sporty performance.

The A4 allroad also features a new system of quattro all-wheel drive with ultra technology that is optimized for performance and efficiency. The new drivetrain utilizes an electronic multi-plate clutch along with a decoupling rear axle differential to achieve fully variable torque distribution. This quattro system with ultra technology allows for intelligent, proactive control of the all-wheel drive system to predictively modify the torque application as the driver demands or the road conditions require.